The construction of timber buildings has increased in recent years, thanks to the excellent
properties of the material. To achieve improved behaviour in terms of mechanical properties …

The construction sector is responsible for 40% of carbon emissions, 14% of water
consumption and 60% of waste production in the world, generating a state of …

A new type of bamboo–concrete composite structure using perforated steel plates as
connectors was proposed. To study the composite effect of this new type of composite …

Composite construction elements are gaining extensive attention due to their high
performance and reliability. Timber–concrete composite is one of the well-known …

This paper describes experimental research into timber-concrete composite (TCC)
connections made with discrete perforated steel plates glued in timber with epoxy adhesive …

This paper deals with the acoustic performance of timber and timber-concrete floor solutions
assessed through an experimental campaign. In the case of the composite solutions, two …

This paper presents the experimental results of push-out tests on simple timber-concrete
connection systems. The tested configurations concern the notch without rod, the rod without …

An integrated solution is presented for the execution of building structures using timber-
concrete composite (TCC) sections that make efficient use of the mechanical properties of …

Timber-concrete composite slabs are more and more in use: the combination of timber and
concrete combines the advantages of both materials and offer a valid solution for the …

Timber-concrete composite systems are a high-performance alternative for building floors, of
great interest in the current context of environmental concerns. Looking for a more eco …